CRYSCORE
CRYSCORE
Contact
M-Plane (10-10) Sapphire Wafers

M-Plane (10-10) Sapphire Wafers

Due to its application prospects in solar-blind ultraviolet detection, MgZnO alloy semiconductor films with suitable band gaps have attracted more and more attention. A series of MgxZn1-xO thin films with different compositions were prepared on M plane sapphire wafers by using low-pressure metalorganic chemical vapor deposition (LP-MOCVD).

CRYSCORE provides M-plane (10-10) sapphire wafers with excellent surface quality. The roughness on the epi-polished side is lower than 0.5 nm.

M-Plane (10-10) Sapphire Wafers M-Plane (10-10) Sapphire Wafers
Specifications of M-Plane (10-10) Sapphire Wafers

No matter you are looking for double or single side polished sapphire wafers, contact us and we'll suggest the choicest one for your business. 

Item

2-inch M-plane(10-10) 430μm Sapphire Wafers

Crystal Materials

99,999%, High Purity, Monocrystalline Al2O3

Grade

Prime, Epi-Ready

Surface Orientation

M-plane(10-10)

Diameter

50.8 mm +/- 0.1 mm

Thickness

430 μm +/- 25 μm

Primary Flat Orientation

C-plane(0001) +/- 0.2°

Primary Flat Length

16.0 mm +/- 1.0 mm

Single Side Polished

(SSP)

Front Surface

Epi-polished, Ra < 0.5 nm (by AFM)

Back Surface

Fine ground, Ra = 0.8 μm to 1.2 μm

Double Side Polished

(DSP)

Front Surface

Epi-polished, Ra < 0.5 nm (by AFM)

Back Surface

Epi-polished, Ra < 0.5 nm (by AFM)

TTV

< 10 μm

BOW

< 10 μm

WARP

< 10 μm

Cleaning / Packaging

Class 100 cleanroom cleaning and vacuum packaging,

25 pieces in one cassette packaging or single piece packaging.

Note: Custom sapphire wafers with any orientation and any thickness can be provided.


Our sapphire wafer cost you less and help you to achieve more, contact us to get more information.

Sapphire Product- Inquiry
Get More INFO About Sapphire Products
  • An Introduction to Silicon on Sapphire Technology An Introduction to Silicon on Sapphire Technology
    Jan 14, 2022
    Ⅰ. Introduction to the silicon on sapphire technologySilicon on Sapphire (SOS) technology is a heteroepitaxial process used in the manufacture of metal oxide semiconductor (MOS) integrated circuits (...
  • Coating and Metal Coating of Sapphire Windows Coating and Metal Coating of Sapphire Windows
    Dec 14, 2021
    Ⅰ. Antireflection coating for the sapphire windowThe anti-reflective coating on the sapphire window reduces transmission loss and improves scratch resistance.1. The sapphire substrate has a high refr...
  • Introduction to the Manufacturing Process of Sapphire Ingot Introduction to the Manufacturing Process of Sapphire Ingot
    Jun 16, 2021
    Ⅰ. Introduction to sapphire ingotSapphire ingots are aluminum oxide crystals, which are used to produce sapphire substrates, the most advantageous upstream raw material for LEDs. Under the rapid deve...